Wound dressing with tissue regeneration effect and wound dressing production method

A biocompatible and biodegradable wound dressing with tissue regeneration effect, which is suitable for use on a damaged tissue area, protecting the damaged tissue area from external influences, absorbing damaged tissue fluid, increases tissue regeneration in the damaged tissue area and the release of bioactive components in a controlled manner and the water holding capacity and air permeability while reducing the pore sizes in the structure, prevents the passage of bacteria and infection-causing substances into the damaged tissue and accelerating the healing process of the damaged tissue, the wound dressing comprising:

• at least one medical matrix comprising fungal-derived chitosan, wherein the fungal-derived chitosan is the form of nanofiber, which increases the efficiency of tissue regeneration in the damaged tissue area and controlled release of bioactive components, physically supports the cells in the healing process of the damaged tissue and provides adhesion of the cells by acting as a scaffold;
• at least one first bioactive component comprising Hypericum perforatum, wherein the Hypericum perforatum is in the form of nanoparticles integrated with the medical matrix, which enhances tissue regeneration and healing effects, treats damaged tissue, bacterial and viral infection with its antioxidant effect;
• and
• at least one second bioactive component comprising Cistus laurifolius, wherein the Cistus laurifolius is in the form of nanoparticles integrated with the medical matrix, which increases the healing efficiency of damaged tissue, provides antimicrobial, antioxidant and antiviral effect by creating a physical defense layer against bacteria and viruses on the damaged tissue with the polyphenols in it.